Imagined Future Scenarios
Automation, Plausible Futures, Medium Term (3 - 5 years)
Scenario Generated from 'We've lost our respect for complexity' - Wilsoniumite.com
Future Arc and Implications
Grow Arc
Social Impact: Increased understanding of complex systems leads to greater social efficacy and engagement, further accelerating economic growth.
Technological Impact: VR simulations become hyper-realistic and widely accessible, driving innovation in system optimization and data analysis.
Ecological Impact: Improved understanding of resource flows and ecosystem dynamics within simulations facilitates unsustainable exploitation at an accelerated pace.
Economic Impact: The efficiency gains from better system understanding fuels continuous economic expansion and market manipulation.
Political Impact: Nations compete to develop the most advanced and persuasive simulations to influence policy and public opinion.
Narrative: Growth is fueled by improved system understanding, leading to increased efficiency, consumption and global impact.
Collapse Arc
Social Impact: Widespread disillusionment and apathy result from experiencing the inherent flaws and unsustainability of complex systems in VR.
Technological Impact: Over-reliance on simulations leads to a decline in real-world skills and the neglect of tangible infrastructure maintenance.
Ecological Impact: Simulations reveal the extent of environmental degradation, leading to panic and inaction as systems fail.
Economic Impact: Simulation-driven insights expose vulnerabilities in the global economy, triggering market crashes and widespread poverty.
Political Impact: The collapse of trust in complex systems reflected in VR erodes faith in governance, resulting in instability and conflict.
Narrative: Simulation insights reveal the fragility of systems, triggering a cascade of failures and societal breakdown.
Discipline Arc
Social Impact: VR simulations are used for training, education, and social engineering to reinforce desired behaviors and system optimization according to goals defined by a centralized authority.
Technological Impact: VR systems are carefully monitored and regulated to prevent the spread of dissenting viewpoints or disruptive strategies.
Ecological Impact: Simulations guide resource allocation and environmental management according to a centralized plan focusing on maximizing aggregate measures.
Economic Impact: VR is used to centrally plan and manage economic activities seeking stability and efficiency but stunting innovation.
Political Impact: A centralized authority uses VR simulations for surveillance and control, reinforcing its power and legitimacy.
Narrative: Simulations become tools for control as a central authority dictates system design and resource allocation, prioritizing order and efficiency.
Transform Arc
Social Impact: Deep immersion in complex system simulations fosters empathy and a sense of interconnectedness, motivating collaborative solutions.
Technological Impact: Simulation technology evolves to model not just data but values, enabling collective ideation of alternative futures.
Ecological Impact: Experiencing the interconnectedness of ecological systems in VR inspires regenerative designs and sustainable practices.
Economic Impact: Simulations enable experimentation with alternative economic models, fostering innovation and equitable distribution of resources.
Political Impact: VR platforms facilitate participatory governance, empowering citizens to co-create policies and shape the future.
Narrative: Enhanced understanding creates empathy, inspires radical changes, and empowers individuals to co-create a more sustainable and equitable future.